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42 Cards in this Set
- Front
- Back
A yellow colour in the plasma would indicate to test for? |
Bilirubin |
|
Total Protein |
Increased: dehydration, chronic inflammation, paraproteinemia Decreased: over hydration, congestive heart failure (with edema), protein losing nephropathy/enteropathy, haemorrhage, burns, dietary protein deficiency, malabsorption, some viral conditions |
|
Albumin |
Increased: Dehydration Decreased: Over Hydration, severe congested heart failure (Edema) , protein losing enteropathy/neuropathy, haemorrhage burned, dietary deficiency, malabsorption + liver failure |
|
Urea |
I: excess dietary protein, poor quality dietary protein, carbohydrate deficiency, catabolic states, dehydration, congestive heart failure, renal failure, blocked urethra and ruptured bladder D: Low dietary protein, gross sepsis, anabolic hormonal effects, liver failure, Portosystemic shunts and errors of urea cycle |
|
Creatinine |
I: Renal dysfunction, blocked urethra, ruptured bladder D: sample deterioration. High muscle mass have high-normal creatinine concentrations - also opposites for muscle. Used for renal disease |
|
Creatinine |
I: Renal dysfunction, blocked urethra, ruptured bladder D: sample deterioration. High muscle mass have high-normal creatinine concentrations - also opposites for muscle. Used for renal disease |
|
ALT- |
Present in the cytoplasm and mitochondria of liver cells I: hepatocellular damage (half life of 2-4hr, rises quicker than AST but recovers quicker too) Minor increases when muscle damage and hyperthyroidism |
|
Creatinine |
I: Renal dysfunction, blocked urethra, ruptured bladder D: sample deterioration. High muscle mass have high-normal creatinine concentrations - also opposites for muscle. Used for renal disease |
|
ALT- |
Present in the cytoplasm and mitochondria of liver cells I: hepatocellular damage (half life of 2-4hr, rises quicker than AST but recovers quicker too) Minor increases when muscle damage and hyperthyroidism |
|
ALP |
I: increased bone deposition, liver damage, hyperthyroid, biliary tract disease, intestinal damage, hyperadrenocorticism, corticosteroid, Barbiturate administration, and generalised tissue damage (neoplasia), any increase in cats significant, |
|
Creatinine |
I: Renal dysfunction, blocked urethra, ruptured bladder D: sample deterioration. High muscle mass have high-normal creatinine concentrations - also opposites for muscle. Used for renal disease |
|
ALT- |
Present in the cytoplasm and mitochondria of liver cells I: hepatocellular damage (half life of 2-4hr, rises quicker than AST but recovers quicker too) Minor increases when muscle damage and hyperthyroidism |
|
ALP |
I: increased bone deposition, liver damage, hyperthyroid, biliary tract disease, intestinal damage, hyperadrenocorticism, corticosteroid, Barbiturate administration, and generalised tissue damage (neoplasia), any increase in cats significant, |
|
GDH |
I: hepatocellular damage, hepatic necrosis |
|
Creatinine |
I: Renal dysfunction, blocked urethra, ruptured bladder D: sample deterioration. High muscle mass have high-normal creatinine concentrations - also opposites for muscle. Used for renal disease |
|
ALT- |
Present in the cytoplasm and mitochondria of liver cells I: hepatocellular damage (half life of 2-4hr, rises quicker than AST but recovers quicker too) Minor increases when muscle damage and hyperthyroidism |
|
ALP |
I: increased bone deposition, liver damage, hyperthyroid, biliary tract disease, intestinal damage, hyperadrenocorticism, corticosteroid, Barbiturate administration, and generalised tissue damage (neoplasia), any increase in cats significant, |
|
GDH |
I: hepatocellular damage, hepatic necrosis |
|
YGT |
I: long term liver damage |
|
Creatinine |
I: Renal dysfunction, blocked urethra, ruptured bladder D: sample deterioration. High muscle mass have high-normal creatinine concentrations - also opposites for muscle. Used for renal disease |
|
ALT- |
Present in the cytoplasm and mitochondria of liver cells I: hepatocellular damage (half life of 2-4hr, rises quicker than AST but recovers quicker too) Minor increases when muscle damage and hyperthyroidism |
|
ALP |
I: increased bone deposition, liver damage, hyperthyroid, biliary tract disease, intestinal damage, hyperadrenocorticism, corticosteroid, Barbiturate administration, and generalised tissue damage (neoplasia), any increase in cats significant, |
|
GDH |
I: hepatocellular damage, hepatic necrosis |
|
YGT |
I: long term liver damage |
|
CK |
“Muscle Enzyme” I: rhabodomyolysis and aortic thromboembolism, slightly in hypothyroidism, small muscle damage or bruising makes it very high- not significant in dogs/cats unless looking for muscle disease |
|
Creatinine |
I: Renal dysfunction, blocked urethra, ruptured bladder D: sample deterioration. High muscle mass have high-normal creatinine concentrations - also opposites for muscle. Used for renal disease |
|
ALT- |
Present in the cytoplasm and mitochondria of liver cells I: hepatocellular damage (half life of 2-4hr, rises quicker than AST but recovers quicker too) Minor increases when muscle damage and hyperthyroidism |
|
ALP |
I: increased bone deposition, liver damage, hyperthyroid, biliary tract disease, intestinal damage, hyperadrenocorticism, corticosteroid, Barbiturate administration, and generalised tissue damage (neoplasia), any increase in cats significant, |
|
GDH |
I: hepatocellular damage, hepatic necrosis |
|
YGT |
I: long term liver damage |
|
CK |
“Muscle Enzyme” I: rhabodomyolysis and aortic thromboembolism, slightly in hypothyroidism, small muscle damage or bruising makes it very high- not significant in dogs/cats unless looking for muscle disease |
|
AST |
I: muscle and liver damage less value of ALT. Hypothyroidism |
|
PCV |
Basic status of the erythron I: polycythemia- increase amount, increase size. Tumours that produce rbc only if very very high D: anemia - haemorrhage (12hrs to decrease), haemolysis (decrease immediately + jaundice) lack of production in bone marrow |
|
Haemorrhage |
After 12 hrs: High normoblasts Increase in MCV Decrease in MCHC Won’t see hypochromasia when bleeding into the body as harmoglobin precursors still there Jaundice may be seen as sequestered cells broken down |
|
Haemolysis |
Early stages has Jaundice Regenerative within few days Normoblasts Hypochromasia not seen as haemoglobin precursors still there
|
|
Haemolysis |
Early stages has Jaundice Regenerative within few days Normoblasts Hypochromasia not seen as haemoglobin precursors still there
|
|
AIHA |
No normocytes seen, target/folded RBC’s seen, jaundice not seen |
|
Haemolysis |
Early stages has Jaundice Regenerative within few days Normoblasts Hypochromasia not seen as haemoglobin precursors still there
|
|
Haemolysis |
Early stages has Jaundice Regenerative within few days Normoblasts Hypochromasia not seen as haemoglobin precursors still there
|
|
Haemolysis |
Early stages has Jaundice Regenerative within few days Normoblasts Hypochromasia not seen as haemoglobin precursors still there
|
|
Haemolysis |
Early stages has Jaundice Regenerative within few days Normoblasts Hypochromasia not seen as haemoglobin precursors still there
|
|
Haemolysis |
Early stages has Jaundice Regenerative within few days Normoblasts Hypochromasia not seen as haemoglobin precursors still there
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